Achieving Internet of Things security via providing topological sustainability

Internet of things is fast-paced global phenomenon, based on the concept of heterogeneous networks. Modern heterogeneous networks are characterized by hardly predictable behaviour, hundreds of parameters of network nodes and connections, and lack of single basis for development of control methods and algorithms. In this paper authors propose basic theoretical framework that will allow achieving IoT security via providing its topological sustainability in order to confront security threats, aimed at disrupting, degrayding or destroying IoT components and services.